Industrial laser fume extractor plays a crucial role in the removal of hazardous fumes and smoke generated by industrial laser cutting, welding or marking processes. Fumes generated in these processes can be harmful to workers and the environment if not extracted properly. This is where industrial laser fume extractor comes in handy. In this article, we will explore the different types of industrial laser fume extractors available in the market and their unique features.
Introduction to Industrial Laser Fume Extractor
An industrial laser fume extractor is designed to remove fumes, particles and other airborne contaminants generated by industrial laser processes. It is a critical piece of equipment that promotes worker and environmental safety in laser-cutting, welding and marking applications. Fume extractors work by capturing and filtering out hazardous pollutants before releasing clean air back into the workspace.
Types of Industrial Laser Fume Extractors
There are several types of industrial laser fume extractors available in the market. Each type is designed to cater to specific industrial laser applications. Here are some common types of industrial laser fume extractors:
Portable Fume Extractors
Portable fume extractors are designed to be mobile and light-weight for easy transport from one workspace to another. These extractors typically use a combination of filters to remove harmful particles and fumes. Portable fume extractors are suitable for small-scale laser operations or where a permanent extractor system is not feasible.
Central Fume Extraction Systems
Central fume extraction systems are typically installed in a fixed location and are more powerful than portable extractors. These extractors are designed for larger-scale laser operations where multiple workstations need fume extraction. Central systems use a network of ducts to extract fumes from multiple sources, filter them out, and then release the clean air back into the workspace.
Downdraft Tables
Downdraft tables are designed for use in large laser-cutting applications with a high volume of smoke and fume generation. They use a table that collects fumes as they fall and directs them to a filtration system for purification. Downdraft tables provide a large workspace for laser processing while effectively extracting fumes and smoke.
Ambient Air Cleaners
Ambient air cleaners are used to remove fumes and airborne particles in the workspace. These extractors use filters to capture contaminants, keeping indoor air cleaner and safer for workers. Ambient air cleaners are ideal for laser processing applications where fumes are not directly emitted, such as laser marking.
Source Capture Systems
Source capture systems are designed to capture fumes and particles directly from the source of the industrial laser process. They work by directing the contaminated air to the extractor, filtering it and releasing clean air back into the environment. Source capture systems are suitable for laser cutting and welding applications where fumes are emitted directly from the laser process.
In conclusion, industrial laser fume extractor are critical to promoting worker and environmental safety in laser processing applications. The type of fume extractor required depends on the application and the volume of fumes generated. From portable extractors to central systems, downdraft tables, ambient air cleaners and source capture systems, each extractor has its unique features tailored to specific laser processing operations. It is essential to select the appropriate type of industrial laser fume extractor to promote a safer working environment.
